private void testGraph3()
{
WeightedGraphSearch dijkstra = new WeightedGraphSearch();
LinkedList <Vertex> path = new LinkedList <Vertex>();
path = dijkstra.searchGraph(graph3.getVertex(NODE_A), graph3.getVertex(NODE_I));
Debug.Assert(path.Count == 6);
Debug.Assert(path.Last.Value == graph3.getVertex(NODE_A));
Debug.Assert(path.Last.Previous.Value == graph3.getVertex(NODE_B));
Debug.Assert(path.Last.Previous.Previous.Value == graph3.getVertex(NODE_F));
Debug.Assert(path.Last.Previous.Previous.Previous.Value == graph3.getVertex(NODE_G));
Debug.Assert(path.First.Next.Value == graph3.getVertex(NODE_H));
Debug.Assert(path.First.Value == graph3.getVertex(NODE_I));
}
private void testGraph1()
{
WeightedGraphSearch dijkstra = new WeightedGraphSearch();
LinkedList <Vertex> path = new LinkedList <Vertex>();
path = dijkstra.searchGraph(graph1.getVertex(NODE_A), graph1.getVertex(NODE_B));
Debug.Assert(path.Count != 0);
// make sure we found a path between indirectly connected nodes.
path = dijkstra.searchGraph(graph1.getVertex(NODE_A), graph1.getVertex(NODE_D));
Debug.Assert(path.Count != 0);
// make sure we found no path between non-connected nodes
path = dijkstra.searchGraph(graph1.getVertex(NODE_A), graph1.getVertex(NODE_E));
Debug.Assert(path.Count == 0);
}
private void testGraph2()
{
WeightedGraphSearch dijkstra = new WeightedGraphSearch();
LinkedList <Vertex> path = new LinkedList <Vertex>();
path = dijkstra.searchGraph(graph2.getVertex(NODE_A), graph2.getVertex(NODE_E));
// did we find the shortest possible path?
Debug.Assert(path.Count == 3);
Debug.Assert(path.Last.Value == graph2.getVertex(NODE_A));
Debug.Assert(path.Last.Previous.Value == graph2.getVertex(NODE_C));
Debug.Assert(path.First.Value == graph2.getVertex(NODE_E));
// we shouldn't find path between non-connected vertices
path = dijkstra.searchGraph(graph2.getVertex(NODE_A), graph2.getVertex(NODE_F));
Debug.Assert(path.Count == 0);
}
private void generateRandomCorridors()
{
WeightedGraphSearch djikstra = new WeightedGraphSearch();
theMap.initPathfindingGraph();
}
